Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Grace SYLOID RAD2105 UV Curing Matte Agent

Grace SYLOID RAD2105 is a UV-curable matte agent from the SYLOID series, engineered for high-performance surface finishing in coatings and inks. It delivers exceptional matting efficiency, excellent dispersion stability, and rapid UV crosslinking without compromising clarity or scratch resistance—ideal for premium decorative and functional UV-cured applications.
  • grace syloid rad2105 uv curing matte agent_1ae78640
  • grace syloid rad2105 uv curing matte agent_1ae78640

Features Of Grace SYLOID RAD2105 UV Curing Matte Agent

  1. Engineered specifically for UV-curable systems to deliver consistent, low-gloss matte finishes without compromising film integrity.

  2. Provides excellent dispersion stability in acrylate-based formulations and resists settling during storage.

  3. Enables rapid surface matting effect with minimal impact on cure speed or crosslink density.

  4. Offers superior scratch resistance and tactile softness in final cured coatings.

  5. Compatible with both free-radical and cationic UV chemistries, supporting broad formulation flexibility.

Typical Applications Of Grace SYLOID RAD2105 UV Curing Matte Agent

  1. UV-curable wood coatings for furniture and flooring requiring premium matte aesthetics.

  2. High-performance UV inks for packaging and label printing where scuff resistance is critical.

  3. Decorative UV topcoats for plastic substrates including ABS, PC, and PETG.

  4. Functional UV overprint varnishes (OPVs) in commercial and digital printing applications.

Specifications Of Grace SYLOID RAD2105 UV Curing Matte Agent

Chemical TypeSurface-modified fumed silica
Product FormFree-flowing, dry powder
AppearanceWhite, amorphous powder
Primary ApplicationsUV-curable coatings, inks, and varnishes
Key FeaturesUV-stable, non-yellowing, low-dusting
BenefitsControlled gloss reduction, enhanced surface durability, easy incorporation
Recommended Loading Range1.0–4.0 wt% (based on total formulation)


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